European Facility For Airborne Research

European Facility For Airborne Research June 25, 2018, 13:25

Active Training Courses

Below, you can find a list of EUFAR training courses currently open for application and active but closed for application.
To apply for a open training course, please first ensure that you are registered as a member on the EUFAR website.

EASI: Exploring Air Sea Interaction via airborne data – a training course
  • Last update: Feb. 2, 2018, 13:46
  • Closing date: April 3, 2017, 10:18
Closed

EUFAR EASI Training Course

 

The 7th EUFAR Training Course, financed by EUFAR and jointly organised together with CNR-ISAC and VITO, will take place from 25 June to 4 July 2017 in Shannon, Ireland.  Entitled, "Exploring Air-Sea Interaction via Airborne Measurements (EASI)", the training course will take place at the Shannon airport. A visit to the Mace Head Atmospheric Research Station is planned.

Click here, to access the training course flyer.

Click here to download the photobook of all EASI students.

Click here to download the photobook of all EASI trainers and organisers.

Click here to download the EASI travel and information guide.

Photo Gallery: EUFAR EASI Training Course, June-July 2017

Objectives:


The primary goal of the EASI training course is to teach and train students (PhD and Post- graduate level) and young sci­entists on the use of a research aircraft, and on the experimen­tal possibilities it opens for atmospheric physics and chemis­try research. This implies providing them with an overview of airborne and remote sensing experimental techniques, and of specific features of collecting and analysing airborne measure­ments. In addition, EASI aims to transfer consolidated knowl­edge on and recent advancements in specific topics related to air-sea interaction, and near coastal boundary layer structure and dynamics.

Specifically, flight experiments performed with the French SA­FIRE aircraft ATR42, and lectures during the training course will address the problem of air-sea interaction, focusing on turbu­lence fluctuations in the near-costal boundary layer, clouds microphysics, atmospheric composition, marine aerosols and the impacts on climate, momentum and heat exchanges at the air/sea interface. Lectures will be alternated with working group sessions on instrument calibration, safety issues and data analysis. Participants will also have the opportunity to visit the Mace Head Atmospheric Research Station.

To achieve the scientific aims of the course, the airborne cam­paign will include data collection of physical quantities relat­ed to turbulent fluctuations, radiative properties and micro­physical properties in the near-coastal boundary layer and in marine clouds.

Data acquired during the training course or archived data will be processed and analysed with the support of ex­perienced users of airborne facilities and form the basis for the final scientific report. Archived data will also be made available.

Target audience:


The target audience is early-stage researchers (PhD students and post-docs) and a limited number of university lecturers. For the early-stage researchers, a strong scientific knowledge-base (in physics, chemistry, bio-engineering or civil engineering) is required to participate in this training course.

Eligibility:


Early-stage researchers (PhD students and post-docs) and university lecturers working in an institution established in a European Member State or Associated State are eligible to apply to join the EUFAR training course and are also eligible for T&S support through EUFAR.

Early-stage researchers (PhD students and post-docs) and university lecturers working in non-EU or non-EU Associated State institutions may apply to join the EUFAR training course but if accepted will have to finance their own travel and accommodation.

All trainees should confirm that they have travel and field work insurance provided by their home institute before attending the course.

Selection:


The participants of the EASI training course will be selected by EASI’s Evaluation Committee based on CV/scientific background, interest, expectations and contribution to the training course.

Scientific Committee:


  • A. S. Lanotte (CNR ISAC & INFN, IT)
  • F. Cairo (CNR ISAC, IT)
  • I. Reusen (EUFAR ET coordin., VITO, BE)

Organising Committee:


  • A. S. Lanotte (CNR ISAC, IT)
  • F. Cairo (CNR ISAC, IT)
  • M. Miglietta (CNR ISAC, IT)
  • L. Diarra (Météo-France/ EUFAR Office, FR)
  • B. Piguet (Météo-France, FR)
  • A. Bourdon (SAFIRE, FR)
  • S. Malinowski (Univ. of Warsaw, PL)
  • I. Faloona (Univ. California Davis, USA)
  • D. Ceburnis (NUI Galway, IR)
  • J. Ovadnevaite (NUI Galway, IR)

Keynote speakers:


  • A. Bourdon (SAFIRE, FR)
  • F. Cairo (CNR ISAC, IT)
  • I. Faloona (Univ. California Davis, USA)
  • S. Malinowski (Univ. of Warsaw, PL)
  • M. Miglietta (CNR ISAC, IT)
  • B. Piguet (Météo-France, FR)
  • D. Ceburnis (NUI Galway, IR)
  • O. Henry (Météo-France, FR)

Scientific group leaders:


  • F. Cairo (CNR ISAC, IT)
  • I. Faloona (Univ. California Davis, USA)
  • S. Malinowski (Univ. of Warsaw, PL)
  • D. Ceburnis (NUI Galway, IR)

Programme:


The training course will begin with a self-introduction of students, followed by lectures (theory and case studies), tutorials, demonstration and training flight sampling strategies and data analysis. Participants - with the assistance of Scientific Working Group leaders- will be able to develop their own sampling strategies and flight plans for acquiring data during EASI flight campaign, flying in the near coastal environment close to Shannon region. If the weather conditions allow, scientific flights will be performed preferably in the flight window 28 June – 1 July 2017. In parallel with the flight campaign, ground measurements will be performed by the Mace Head Atmospheric Research Station staff. Archived and acquired data will be processed and analysed with the help of experienced tutors.

On the last day of the training course, the Scientific Working Groups will present their experiment and preliminary results based on data acquired during the training course.

A programme is available here.

The programme maybe subject to small changes.

Presentations:


EUFAR Welcome and introduction (F. Cairo)

An introduction to atmospheric turbulence (S. Malinowski)

The structure of marine & coastal atmospheric boundary layers (I. Faloona)

Airborne measurements of aerosols and clouds - 1 (F. Cairo)

Airborne measurements of aerosols and clouds - 2 (F. Cairo)

Airborne measurements of aerosols and clouds - 3 (F. Cairo)

Airborne measurements of aerosols and clouds - Exercises (F. Cairo)

Aircraft modifications and possible measurements on board the ATR42 (SAFIRE Staff)

Real Time Data display onboard, quick-looks (SAFIRE Staff)

Flight operations, aircraft limitations and flight procedures (SAFIRE Staff)

EGADS tool for data analysis and visualization (O. Henry)

Processing core parameters of the ATR42 (B. Piguet)

Flux estimation, scalar budgeting techniques, and atmospheric chemistry (I. Faloona)

How to manage quick looks and high-frequency data (B. Piguet)

Estimation of turbulence properties from airborne measurements (S. Malinowski)

Flux estimations (I. Faloona)

Coastal meteorology (M. M. Miglietta)

Sea Breeze (M. M. Miglietta)

Coastal Patterns (M. M. Miglietta)

Scientific Working Group reports:


Click here, to download the scientific group report template.

Working Group Scientific Reports will be made available here after the training course (accessible to registered EUFAR members).

Venue:


The training course will take place at the  Oak Wood Hotel‎, with a visit to the Mace Head Atmospheric Research Station.

Address: The Oak Wood Hotel‎, Airport Road, Shannon, Co. Clare, Ireland,

Travel and subsistence expenses:


Selected early-stage researchers (PhD students and post-docs) and university lecturers working in an institution established in a European Member State or Associated State:

Travel and subsistence expenses will be 100% supported by EUFAR (this includes travel to training course location, transfers, accommodation, meals, etc.). Rooms will be booked and fully covered by EUFAR at the Oak Wood Hotel.

All travel tickets will be booked and paid directly by the EUFAR Office (unless agreed otherwise with the EUFAR Office in advance). This is to avoid complicated procedures for later reimbursement.

Flight/ train tickets must be booked, if reasonably possible, at least 2 months before the departure date in order to get the most favourable rate. All travel must be done at the economical rate.

Selected early-stage researchers (PhD students and post-docs) and university lecturers working in non-EU or non-EU Associated State institutions:

These participants will have to finance their own travel. Rooms may be booked by EUFAR at the Oakwood Hotel on request but will be at the participant's own expense.

 

 

STANCO: School and Training on Aircraft New and well-established techniques for Atmospheric Composition Observation.
  • Last update: Jan. 30, 2018, 12:00
  • Closing date: April 3, 2017, 20:02
Closed

The 8th EUFAR Training Course, financed by EUFAR and jointly organised together with DiSPUTER of the University “G. d'Annunzio” of Chieti-Pescara will take place from 26 June to 6 July 2017 in Cambridge, UK.  

Entitled, “School and Training on Aircraft New techniques for Atmospheric Composition Observation", the training course will take place at the Department of Chemistry of the University of Cambridge (UK). During the course, a visit to the FAAM (Facility for Airborne Atmospheric Measurements) at Cranfield airport will be organised to have a first overview of the BAe-146 and of the instruments installed on board the aircraft. The lectures will be integrated with three mission flights using the BAe-146 aircraft where students will have the opportunity to have hands-on training on conducting airborne measurements.

To download the STANCO flyer, click here.

Click here to download the photobook of all STANCO students.

Click here to download the photobook of all STANCO trainers and organisers.

Click here to download the STANCO travel and information guide.

Photo Gallery: EUFAR STANCO Training Course, June-July 2017

Objectives:


The main objective is to provide an overview on measurement techniques, data analysis and specifics of airborne measurements of species relevant in the atmosphere. Emphasis will be on new instruments and emerging techniques for aircraft observations.

Air pollution and climate changes are global problems and the species responsible for these environmental issues are emitted essentially by the same process: fossil fuel burning.

The observations of these compounds using aircraft platforms are needed as usually most of these measurements are highly dependent on altitude and exhibit large horizontal variability. Aircraft allow in-situ measurements that can be used to identify and track emission plume of atmospheric trace gases.

The lectures will include an introduction on atmospheric composition focusing on pollution transport, vertical distribution of atmospheric compounds and links between air pollution and climate changes. They will also cover the technical, engineering and safety aspects of airborne measurements.

Subject to operational constraints, all students will have the opportunity to participate in a research flight on the FAAM instrumented BAe-146 aircraft. Data will then be processed and analysed with the support of experienced users of airborne facilities.

Through this training course, participants will learn:

  • how to develop a measurement strategy and design a flight plan for an airborne campaign;
  • experimental techniques to study the atmospheric composition on-board aircraft;
  • how to develop sampling strategies to measure trace gases and aerosols in the atmosphere;
  • how to calibrate aircraft instruments and validate airborne measurements;
  • the post-process techniques of airborne data.

Target audience:


The target audience is early-stage researchers (PhD students and post-docs) and a limited number of university lecturers. For the early-stage researchers, a scientific knowledge-base in atmospheric physics, meteorology, atmospheric chemistry, environmental fluid dynamics and some experience in the use of geo-information software is required to participate in this training course.

Eligibility:


Early-stage researchers (PhD students and post-docs) and university lecturers working in an institution established in a European Member State or Associated State are eligible to apply to join the EUFAR training course and are also eligible for T&S support through EUFAR.

Early-stage researchers (PhD students and post-docs) and university lecturers working in non-EU or non-EU Associated State institutions may apply to join the EUFAR training course but if accepted will have to finance their own travel and accommodation.

All trainees should confirm that they have travel and field work insurance provided by their home institute before attending the course.

Selection:


The participants of the STANCO training course will be selected by STANCO’s Evaluation Committee based on CV/scientific background, interest, expectations and contribution to the training course.

Directors of the Course:


  • Piero Di Carlo (Univ. Chieti-Pescara, IT)
  • Jim McQuaid (Univ. Leeds, UK)

Organising Committee:


  • Piero Di Carlo (Univ. Chieti-Pescara, IT)
  • Jim McQuaid (Univ. Leeds, UK)
  • IIs Reusen (EUFAR ET coordin., VITO, BE)
  • Lilian Diarra (Météo-France/ EUFAR, FR)
  • Radovan Krejci (Stockholm Univ., SE)

Keynote speakers:


1) Rod Jones (University of Cambridge, UK)

2) Alex Archibald (University of Cambridge, UK)

3) Phil Brown (Met Office, UK)

4) Radovan Krejci (Stockholm University, Sweden)

5) Jim McQuaid (University of Leeds, UK)

6) Adam Vaughan (University of York, UK)

7) Stephan Bauguitte (FAAM, UK)

8) Piero Di Carlo (University “G. d’Annunzio” of Chieti-Pescara, Italy)

9) Eleonora Aruffo (University “G. d’Annunzio” of Chieti-Pescara, Italy)

10) Alan Woolley (FAAM, UK)

11) Steve Devereau (FAAM, UK)

12) Mo Smith (FAAM, UK)

13) Jamie Trembath (FAAM, UK)

14) Alex Wellpott (FAAM, UK)

15) Olivier Henry (Météo-France, France

Scientific group leaders:


  • Piero Di Carlo (University “G. d’Annunzio” of Chieti-Pescara, Italy)
  • Jim McQuaid (University of Leeds, UK)
  • Radovan Krejci (Stockholm University, Sweden)
  • Stephan Bauguitte (NERC, UK)
  • James Lee
  • Eleonora Aruffo (University “G. d’Annunzio” of Chieti-Pescara, Italy)

Programme:


The training course will begin with a self-introduction of students, followed by lectures (theory and case studies), tutorials, demonstration and training flight sampling strategies and data analysis. Participants, with the assistance of Scientific Working Group leaders, will be able to develop their own sampling strategies and flight plans for acquiring data during the STANCO flight campaign, flying over London area. If the weather conditions allow, scientific flights will be performed preferably in the morning of the 3rd of July 2017, morning and afternoon of 4th July 2017. Archived and acquired data will be processed and analysed with the help of experienced tutors.

On the last day of the training course, the Scientific Working Groups will present their experiment and preliminary results based on data acquired during the training course.

The programme is available here.

The programme may be subject to small changes.

Presentations:


EUFAR welcome and introduction (P. Di Carlo)

EUFAR Education and Training (I. Reusen & J. McQuaid)

Atmospheric chemistry - Key topics (A. Archibald)

Understanding the atmosphere using aircraft observations (A. Archibald)

New emerging instruments and techniques for airborne measurements of the atmospheric composition (A. R. Vaughan)

Airborne measurements of VOC : WAS and online techniques (J. McQuaid)

Aerosol chemistry, mixing state, SOA: Basics (R. Krejci)

Airborne atmospheric aerosol measurements by research aircraft (R. Krejci)

Aircraft custom Instruments: TD-LIF (E. Aruffo)

BAe 146 - Campaigns and a few highlights so far... (J. McQuaid)

Mission objectives and flight planning (P. Brown)

FAAM - Europe’s Largest Airborne Laboratory (A. Woolley)

Instrument Certification (A. Devereau)

BAe-146 - Safety rules (M. Smith)

BAe-146 - Data access and use (A. Wellpott)

EGADS - EUFAR General Airborne Data-processing Software (O. Henry)

New frontiers on airborne observations: from big aircrafts to drones (P. Di Carlo)

Introduction to aircraft data analysis (M. Cain)

Scientific Working Group reports:


Click here, to download the scientific group report template.

Working Group Scientific Reports will be made available here after the training course (accessible to registered EUFAR members).

Venue:


The training course will take place at the Department of Chemistry of the University of Cambridge in the Wolfson Lecture Theatre

Address: Lensfield Rd, Cambridge, UK

Travel, accommodation and subsistence expenses:


Selected early-stage researchers (PhD students and post-docs) and university lecturers working in an institution established in a European Member State or Associated State:

Travel and subsistence expenses will be 100% supported by EUFAR (this includes travel to training course location, transfers, accommodation, meals, etc.). Rooms will be booked at the Sidney-Sussex College of the University of Cambridge and be covered fully by EUFAR.

All travel tickets will be booked and paid directly by the EUFAR Office (unless agreed otherwise with the EUFAR Office in advance). This is to avoid complicated procedures for later reimbursement.

Flight/ train tickets must be booked, if reasonably possible, at least 2 months before the departure date in order to get the most favourable rate. All travel must be done at the economical rate.

Selected early-stage researchers (PhD students and post-docs) and university lecturers working in non-EU or non-EU Associated State institutions:

These participants will have to finance their own travel. Rooms may be booked by EUFAR at the Sidney-Sussex College on request but will be at the participant's own expense.

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This project has received funding from the European Union's Seventh Framework Programme for research, technological development and demonstration under grant agreement no. 312609

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